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Major, G.; Merisich, I.; Miskolci, F. (2011)
Publisher: Co-Action Publishing
Journal: Tellus A
Languages: English
Types: Article
Subjects:
Different sensitivity distribution curves had been found for the sensor of compensation pyrheliometer by laboratory measurement and by calculation. To obtain the real sensitivity distribution a new measuring method was applied, which used the sun as radiation source. The results of laboratory and field measurements were in proper agreement. The sensitivity curve is determined mainly by the structure of thermojunction, but each strip has individual characteristics.DOI: 10.1111/j.2153-3490.1974.tb01648.x
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    • Angstrom, A. 1958. On pyrheliometric measurements. Tellus 10, 342-354.
    • Bossy, L. & Pastiels, R. 1948. g t u d e des proprietbs fondamentales des actinometres. Me'moires, I R M B , 29.
    • Frohlich, C. 1972. Standards for meteorological radiation measurements. Second Symposium o n Meteorological Observations and Instrumentation, San Diego, March 27-30.
    • Klevantsova, V. A. 1969. Sensitivity distribution along sensors of compensation pyrheliometers (in Russian). T R U D Y of M a i n Geophysical Observatory, Leningrad, 237, 88-90.
    • Major, G. 1968. Distribution of sensitivity on the sensor of pyrheliometers. Idojdrds 72, 351-362.
    • Major, G. 1973. An Effect of the circumsolar sky radiation on the Angstrom pyrheliometric scale. Tellus 25, 396-399.
    • Pastiels, R. 1959. Contribution Q I'btude du probl6me des mbthodes actinometriques. Publications, I R M B , series A, 11.
    • Rodhe, B. 1972. The procedure of reading the Angstrom compensation pyrheliometer. Notisey och preliminara rapporter. Serie Meteorologi, No. 34.
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